We have been hearing about Tesla’s Robotaxi concept for several years, but it seems like we may finally be getting close to this vehicle becoming a reality. Here is everything we know about the Robotaxi.
Official Reveal
Yesterday, Musk officially announced on X that Tesla would unveil the Tesla Robotaxi on August 8th, 2024. Tesla last unveiled a new vehicle back in November 2019 when they showed off the Cybertruck for the first time. Before that, they unveiled the Roadster 2.0 and the Tesla Semi at the same event in 2017, so these certainly special times that only come across once every few years.
While it's always possible that Tesla may have to move the Robotaxi's unveil date, it's exciting to think that Tesla may be just four months from unveiling this next-gen vehicle.
Robotaxi and Next-gen Vehicle
Another piece of information came out about the Robotaxi yesterday when Musk reply to the post by Sawyer Merritt. Sawyer posted that Tesla's upcoming "$25k" vehicle and the Robotaxi would not only be based on the same platform, but that the Robotaxi would essentially be the same vehicle without a steering wheel. Musk replied to the post with a simple "looking" emoji.
While it's not surprising that two of Tesla's smaller upcoming vehicles are going to be built on the same platform, it's a little more interesting that Musk chose to reply with that emoji when the post talks about the Robotaxi being the "Model 2" without a steering wheel. This leads to the possibility of Tesla not only showing off the Robotaxi at the August 8th event, but also it's upcoming next-gen car.
Production Date
Back during Tesla's Q1 2022 earnings call, Musk talked a little about the timeline for Tesla's Robotaxi, stating that they plan to announce the vehicle in 2023 and begin mass production in 2024.
Given that Tesla was originally aiming for a 2023 unveil, a late 2024 date appears realistic. However, now it appears that the Robotaxi and the next-gen vehicle will share a lot in common, meaning that a production date for the Robotaxi can be similar to the next-gen vehicle, which is currently slated to begin in "late 2025".
The difficulty in releasing an autonomous taxi, as the Robotaxi is meant to be, is the self-driving aspect. While Tesla has made great strides with FSD v12, the first version to come out of "beta," it's still a level-2 system that requires active driver supervision. A fully autonomous vehicle is still a big leap from where Tesla's FSD is right now, but as we saw with the jump from FSD v11 to v12, a lot can change in the next 18 to 24 months.
While we expect Tesla to remain focused on bringing its cheaper, next-gen vehicle to market ahead of potential competitors, the Robotaxi's production date can continue to shift in line with Tesla's progress on FSD.
The history of Tesla’s Robotaxi starts with CEO Elon Musk's Master Plan Part Deux, published in 2016.
At the time the concept was touted as normal Teslas with full self-driving (FSD) capability.
Once Tesla achieved Full Self-Driving, they would create a “Tesla Network” taxi service that would make use of both Tesla-owned vehicles and customer cars that would be hired out when not in use.
Once we get to a world of "robotaxis," it makes sense to continue evolving the interior of the vehicle to suit customer needs such as adding face-to-face seating, big sliding doors providing easy access, 4-wheel steering, easier cleaning, etc.
Tesla could even create a variety of Robotaxis that help meet specific needs. For example, Tesla could offer a vehicle that is better suited for resting, which could let you sleep on the way to your destination.
Another vehicle could be similar to a home office, offering multiple monitors and accessories that let you begin working as soon as you step inside the vehicle. Features such as these could bring huge quality of life improvements for some; giving people an hour or more back in their day.
The variety of Robotaxis doesn't need to end there. There could be other vehicles that are made specifically for entertainment such as watching a movie, or others that allow you to relax and converse with friends, much like you'd expect in a limousine.
Lowest Cost Per Mile
During Tesla's Q1 2022 financial results call, Musk stated that its robotaxi would be focused on cost per mile, and would be highly optimized for autonomy - essentially confirming that it will not include a steering wheel.
“There are a number of other innovations around it that I think are quite exciting, but it is fundamentally optimized to achieve the lowest fully considered cost per mile or km when counting everything”, he said.
During the call, Tesla acknowledged that its vehicles are largely inaccessible for many people given their high cost and he sees the introduction of Robotaxis as a way of providing customers with “by far the lowest cost-per-mile of transport that they’ve ever experienced. The CEO believes that the vehicle is going to result in a cost per mile cheaper than a subsidized bus ticket. If Tesla can achieve this, it could drastically change the entire automotive industry and redefine car ownership. Is Tesla's future still in selling vehicles or providing a robotaxi service?
FSD Sensor Suite
Tesla hasn't revealed anything about the sensor suite that they're considering for the robotaxi, but given all of their work in vision and progress in FSD, it's expected to be the same or similar to what is available today, potentially with additional cameras or faster processing.
However, back in 2022, Musk gave this warning: “With respect to full self-driving, of any technology development I’ve been involved in, I’ve never really seen more false dawns or where it seems like we’re going to break through, but we don’t, as I’ve seen in full self-driving,” said Musk. “And ultimately what it comes down to is that to sell full self-driving, you actually have to solve real-world artificial intelligence, which nobody has solved. The whole road system is made for biological neural nets and eyes. And so actually, when you think about it, in order to solve driving, we have to solve neural nets and cameras to a degree of capability that is on par with, or really exceeds humans. And I think we will achieve that this year.”
With the Robotaxi unveil now approaching, it may not be long before we find out more details about Tesla's plan for the future and its truly autonomous vehicles.
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Powershare is a feature that is currently exclusive to the Cybertruck and one of the truck’s best selling points. With its massive 123kWh battery, the Cybertruck can supply power to your home when paired with a Tesla PowerShare setup. This system also includes automatic backup failover, ensuring seamless power during home outages.
Powershare Limitations
One major limitation has been that Tesla Powerwall owners couldn’t use the PowerShare feature due to software conflicts, which took a while to resolve.
However, the challenge wasn’t just software-related—Tesla also had to navigate several regulatory hurdles. A key issue was that homes with solar integrated into their backup solution couldn’t use PowerShare. This meant homeowners had to choose between powering their home with solar or their Cybertruck, rather than combining both sources.
Solar Update
Thanks to a recent update, PowerShare is now available for customers with solar in their backup circuit, allowing them to power their home with solar energy and even charge their Cybertruck during an outage—seamlessly and automatically.
Additionally, PowerShare is now enabled for customers with a backup switch, provided they are in an approved utility region.
Powerwall Update
PowerShare will be available to Powerwall owners using a Wall Connector Gen 3 or Universal Wall Connector starting in Q3 2025. While still a few months away, this is great news for Powerwall users looking to leverage the Cybertruck’s large battery as an extended backup power source for their homes.
Wall Connector Gen 3
Interestingly, Tesla has now enabled PowerShare for the Wall Connector Gen 3, a change that appears to be driven more by regulatory approvals than hardware or software limitations.
Currently, Tesla requires customers in the U.S. and Canada to use the Universal Wall Connector for PowerShare, even if they already own a Gen 3 Wall Connector. However, this policy will likely change in the coming months as the Gen 3 Wall Connector gains official support.
Author’s Note - Powershare Pricing
We’d love to see Tesla reduce the cost of PowerShare installation. The author received a quote for a home setup with two Wall Connectors in a standalone garage with its own breaker panel. Since the home already had an automatic Generac backup failover switch, much of the required electrical work was already in place.
Despite this, the final quote for installation came in just under $12,000 CAD (about $8,500 USD at the time). This covered only the installation of a Tesla Gateway, replacing a single Gen 3 Wall Connector with a Universal Connector, and some additional wiring. Even with the Foundation-Series discount of $3,500 CAD, it won’t be cheap to install.
While this update is a great step forward, Tesla needs to make PowerShare more accessible—both by expanding it to more vehicles and by lowering installation costs. It’s an incredibly useful feature that will help sell vehicles, but affordability remains an issue.
At the Cybertruck event, Tesla showed off the Cybertruck’s extended battery, an optional accessory permanently mounted to the truck’s bed. This was Tesla’s solution to keeping the truck price as low as possible while also giving owners a chance to get close to the truck’s original range of 500 miles.
The Range Extender is engineered to boost the Cybertruck's mileage substantially, increasing the truck’s total range by about 35%.
Tesla's Range Extender is a departure from traditional range-extending methods, often involving gasoline generators. Its design, occupying roughly a third of the truck bed, strikes a balance between added functionality and maintaining the truck’s cargo space. It addresses range limitations and makes the Cybertruck more suitable for towing and long-range trips.
Range / Battery Size
The Ranger Extender extends the Cybertruck total range by 120 miles (193 km). For the Cyberbeast, it’ll take the truck’s range from 320 miles up to 440, whereas for the AWD version, the range will be increased from 325 miles to 445 miles.
These are Tesla’s latest numbers, which have been reduced slightly from Tesla’s original estimates that the Ranger Extender pegged at adding 130 miles.
The Ranger Extender uses a huge 47 kWh battery pack, which explains why it takes up a significant portion of the truck’s bed. For comparison, Tesla’s Standard Range+ Model 3 has a 54 kWh pack, capable of driving about 260 miles.
Price
Though official pricing for the Range Extender has yet to be officially announced, it looks like it’ll be priced at a hefty $16,000 USD. The night the Range Extender was revealed, code was found on Tesla’s website that showed off the $16,000 price tag. However, it’s not clear whether this price was a placeholder or if the price will change before it becomes officially available.
Size & Weight
The Ranger Extender fits perfectly alongside the back of the Cybertruck’s bed. Instead of being laid evenly across the bottom of the bed, it’s nestled up against the cabin, making it easier to load items into the truck.
Elon Musk elaborated on the Range Extender's functionality: "It's an optional pack that fits in about 1/3 of the truck bed. There is still room for plenty of cargo. It's meant for very long trips or towing heavy things up mountains."
With a battery pack of 47 kWh, the Range Extender isn’t going to be something light. The Cybertruck’s “battery pack” is estimated to weigh about 600 to 650 lbs (272 kg to 294 kg), which also means that it’ll reduce the truck’s towing capacity by that much.
Installation
A few Cybertruck owners have discussed a marketing idea for the range extender would be to rent it out. Cybertruck owners could rent it for a weekend trip or an extended holiday camping. It's unlikely that Tesla will take on that business, but it is an idea for when more Cybertrucks are around and need that extra range.
Unfortunately, the Cybertruck Range extender is not something that could be easily removed or added, mostly due to its weight. Tesla has said that the Range Extender will need to be installed by Tesla Service and it’s a “permanent” install. We imagine it could also be removed at a later date, but it’s not something you could just do on your own when you don’t need it.
Unfortunately that means that owners will have to choose between additional range or cargo room. If you use the truck mostly for towing, the reduced cargo space may not be a big deal, but for other owners that use their truck for a variety of tasks, it could be a deal breaker.
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Some Cybertruck owners have suggested renting the Range Extender for weekend trips or extended camping holidays.
However, the Cybertruck’s range extender isn’t designed for easy removal or installation, primarily due to its weight and high-voltage connections. Tesla has stated that installation must be performed by Tesla Service and is considered a “permanent” modification. While removal may be possible later, it won’t be something owners can easily swap in and out as needed.
This means Cybertruck owners will have to choose between additional range or cargo space. For those who use the truck primarily for towing, the reduced cargo capacity may not be a major issue, but for owners who use their truck for a variety of tasks, it may not be an easy decision.
Availability / Release Date
The Range Extender was initially expected to be available for pre-order customers in early 2025, but that timeline has now slipped to mid-2025. Given Tesla’s ambitious production goals this year, it wouldn’t be surprising if it gets pushed even further, possibly into 2026.
One potential reason for the delay is Tesla’s ongoing work on perfecting its dry-cathode battery process. Since the Range Extender is a low-volume product, Tesla may be prioritizing it as a testbed for dry-cathode cells before scaling them to full vehicle production. Unlike an entire truck, a battery pack like the Range Extender is easier to replace or refine if necessary.
In the meantime, Tesla is likely focused on the Cybercab and its next-generation vehicle. The Ranger Extender is expected to use the same 4680 battery cells as the Cybertruck, so Tesla will also want to ensure it has sufficient supply for vehicle production before producing the Range Extender.
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